Work/m68hc11/backup/DCB.CPP

#include <m68hc11/dcb.hpp>

DeviceControlBlock::DeviceControlBlock(void)
{
  setZero();
}

DeviceControlBlock::DeviceControlBlock(const DeviceControlBlock &someDeviceControlBlock)
{
	*this=someDeviceControlBlock;
}

DeviceControlBlock::~DeviceControlBlock()
{
}

DeviceControlBlock &DeviceControlBlock::operator=(const DeviceControlBlock &someDeviceControlBlock)
{
  baudRate(someDeviceControlBlock.baudRate());
	binaryEnabled(someDeviceControlBlock.binaryEnabled());
	enableParity(someDeviceControlBlock.enableParity());
	ctsFlowControlOutMonitor(someDeviceControlBlock.ctsFlowControlOutMonitor());
	dsrFlowControlOutMonitor(someDeviceControlBlock.dsrFlowControlOutMonitor());
	dtrControl(someDeviceControlBlock.dtrControl());
	dsrSensitivityEnable(someDeviceControlBlock.dsrSensitivityEnable());
	continueOnXOff(someDeviceControlBlock.continueOnXOff());
	xonXOffEnableTransmit(someDeviceControlBlock.xonXOffEnableTransmit());
	xonXOffEnableReceive(someDeviceControlBlock.xonXOffEnableReceive());
	errorCharEnable(someDeviceControlBlock.errorCharEnable());
	discardNullEnable(someDeviceControlBlock.discardNullEnable());
	rtsControl(someDeviceControlBlock.rtsControl());
	abortOnErrorEnable(someDeviceControlBlock.abortOnErrorEnable());
	xonLimit(someDeviceControlBlock.xonLimit());
	xoffLimit(someDeviceControlBlock.xoffLimit());
	dataBits(someDeviceControlBlock.dataBits());
	parity(someDeviceControlBlock.parity());
	stopBits(someDeviceControlBlock.stopBits());
	xonChar(someDeviceControlBlock.xonChar());
	xoffChar(someDeviceControlBlock.xoffChar());
	errorChar(someDeviceControlBlock.errorChar());
	eofChar(someDeviceControlBlock.eofChar());
	evtChar(someDeviceControlBlock.evtChar());
  return *this;
}

BOOL DeviceControlBlock::operator==(const DeviceControlBlock &someDeviceControlBlock)
{
  return(baudRate()==someDeviceControlBlock.baudRate()&&
	       binaryEnabled()==someDeviceControlBlock.binaryEnabled()&&
	       enableParity()==someDeviceControlBlock.enableParity()&&
	       ctsFlowControlOutMonitor()==someDeviceControlBlock.ctsFlowControlOutMonitor()&&
	       dsrFlowControlOutMonitor()==someDeviceControlBlock.dsrFlowControlOutMonitor()&&
	       dtrControl()==someDeviceControlBlock.dtrControl()&&
	       dsrSensitivityEnable()==someDeviceControlBlock.dsrSensitivityEnable()&&
	       continueOnXOff()==someDeviceControlBlock.continueOnXOff()&&
	       xonXOffEnableTransmit()==someDeviceControlBlock.xonXOffEnableTransmit()&&
	       xonXOffEnableReceive()==someDeviceControlBlock.xonXOffEnableReceive()&&
	       errorCharEnable()==someDeviceControlBlock.errorCharEnable()&&
	       discardNullEnable()==someDeviceControlBlock.discardNullEnable()&&
	       rtsControl()==someDeviceControlBlock.rtsControl()&&
	       abortOnErrorEnable()==someDeviceControlBlock.abortOnErrorEnable()&&
	       xonLimit()==someDeviceControlBlock.xonLimit()&&
	       xoffLimit()==someDeviceControlBlock.xoffLimit()&&
	       dataBits()==someDeviceControlBlock.dataBits()&&
	       parity()==someDeviceControlBlock.parity()&&
	       stopBits()==someDeviceControlBlock.stopBits()&&
	       xonChar()==someDeviceControlBlock.xonChar()&&
	       xoffChar()==someDeviceControlBlock.xoffChar()&&
	       errorChar()==someDeviceControlBlock.errorChar()&&
	       eofChar()==someDeviceControlBlock.eofChar()&&
	       evtChar()==someDeviceControlBlock.evtChar());
}

DWORD DeviceControlBlock::baudRate(void)const
{
  return _DCB::BaudRate;
}

void DeviceControlBlock::baudRate(DWORD baudRate)
{
  _DCB::BaudRate=baudRate;
}

BOOL DeviceControlBlock::binaryEnabled(void)const
{
  return _DCB::fBinary;
}

void DeviceControlBlock::binaryEnabled(BOOL binaryEnabled)
{
  _DCB::fBinary=binaryEnabled;
}

BOOL DeviceControlBlock::enableParity(void)const
{
  return _DCB::fParity;
}

void DeviceControlBlock::enableParity(BOOL parity)
{
  _DCB::fParity=parity;
}

BOOL DeviceControlBlock::ctsFlowControlOutMonitor(void)const
{
  return _DCB::fOutxCtsFlow;
}

void DeviceControlBlock::ctsFlowControlOutMonitor(BOOL ctsFlowControlOut)
{
  _DCB::fOutxCtsFlow=ctsFlowControlOut;
}

BOOL DeviceControlBlock::dsrFlowControlOutMonitor(void)const
{
  return _DCB::fOutxDsrFlow;
}

void DeviceControlBlock::dsrFlowControlOutMonitor(BOOL dsrFlowControlOut)
{
  _DCB::fOutxDsrFlow=dsrFlowControlOut;
}

DeviceControlBlock::DtrControl DeviceControlBlock::dtrControl(void)const
{
  return DtrControl(_DCB::fDtrControl);
}

void DeviceControlBlock::dtrControl(DtrControl dtrControl)
{
  _DCB::fDtrControl=(DWORD)dtrControl;
}

BOOL DeviceControlBlock::dsrSensitivityEnable(void)const
{
  return _DCB::fDsrSensitivity;
}

void DeviceControlBlock::dsrSensitivityEnable(BOOL dsrSensitivityEnable)
{
  _DCB::fDsrSensitivity=dsrSensitivityEnable;
}

BOOL DeviceControlBlock::continueOnXOff(void)const
{
  return _DCB::fTXContinueOnXoff;
}

void DeviceControlBlock::continueOnXOff(BOOL continueOnXOff)
{
  _DCB::fTXContinueOnXoff=continueOnXOff;
}

BOOL DeviceControlBlock::xonXOffEnableTransmit(void)const
{
  return _DCB::fOutX;
}

void DeviceControlBlock::xonXOffEnableTransmit(BOOL xonXOffEnable)
{
  _DCB::fOutX=xonXOffEnable;
}

BOOL DeviceControlBlock::xonXOffEnableReceive(void)const
{
  return _DCB::fInX;
}

void DeviceControlBlock::xonXOffEnableReceive(BOOL xonXOffEnable)
{
  _DCB::fInX=xonXOffEnable;
}

BOOL DeviceControlBlock::errorCharEnable(void)const
{
  return _DCB::fErrorChar;
}

void DeviceControlBlock::errorCharEnable(BOOL errorCharEnable)
{
  _DCB::fErrorChar=errorCharEnable;
}

BOOL DeviceControlBlock::discardNullEnable(void)const
{
  return _DCB::fNull;
}

void DeviceControlBlock::discardNullEnable(BOOL discardNullEnable)
{
  _DCB::fNull=discardNullEnable;
}

DeviceControlBlock::RtsControl DeviceControlBlock::rtsControl(void)const
{
  return RtsControl(_DCB::fRtsControl);
}

void DeviceControlBlock::rtsControl(RtsControl rtsControl)
{
  _DCB::fRtsControl=(DWORD)rtsControl;
}

BOOL DeviceControlBlock::abortOnErrorEnable(void)const
{
  return _DCB::fAbortOnError;
}

void DeviceControlBlock::abortOnErrorEnable(BOOL abortOnError)
{
  _DCB::fAbortOnError=abortOnError;
}

WORD DeviceControlBlock::xonLimit(void)const
{
  return _DCB::XonLim;
}

void DeviceControlBlock::xonLimit(WORD xonLimit)
{
  _DCB::XonLim=xonLimit;
}

WORD DeviceControlBlock::xoffLimit(void)const
{
  return _DCB::XoffLim;
}

void DeviceControlBlock::xoffLimit(WORD xoffLimit)
{
  _DCB::XoffLim=xoffLimit;
}

BYTE DeviceControlBlock::dataBits(void)const
{
  return _DCB::ByteSize;
}

void DeviceControlBlock::dataBits(BYTE dataBits)
{
  _DCB::ByteSize=dataBits;
}

DeviceControlBlock::Parity DeviceControlBlock::parity(void)const
{
  return Parity(_DCB::Parity);
}

void DeviceControlBlock::parity(Parity parity)
{
  _DCB::Parity=BYTE(parity);
}

BYTE DeviceControlBlock::stopBits(void)const
{
  return _DCB::StopBits;
}

void DeviceControlBlock::stopBits(BYTE stopBits)
{
  _DCB::StopBits=stopBits;
}

char DeviceControlBlock::xonChar(void)const
{
  return _DCB::XonChar;
}

void DeviceControlBlock::xonChar(char xonChar)
{
  _DCB::XonChar=xonChar;
}

char DeviceControlBlock::xoffChar(void)const
{
  return _DCB::XoffChar;
}

void DeviceControlBlock::xoffChar(char xoffChar)
{
  _DCB::XoffChar=xoffChar;
}

char DeviceControlBlock::errorChar(void)const
{
  return _DCB::ErrorChar;
}

void DeviceControlBlock::errorChar(char errorChar)
{
  _DCB::ErrorChar=errorChar;
}

char DeviceControlBlock::eofChar(void)const
{
  return _DCB::EofChar;
}

void DeviceControlBlock::eofChar(char eofChar)
{
  _DCB::EofChar;
}

char DeviceControlBlock::evtChar(void)const
{
  return _DCB::EvtChar;
}

void DeviceControlBlock::evtChar(char evtChar)
{
  _DCB::EvtChar=evtChar;
}

void DeviceControlBlock::setZero(void)
{
  ::memset(&(_DCB&)*this,0,sizeof(_DCB));
	_DCB::DCBlength=sizeof(_DCB);
}